Ongoing demands on laboratory performance require optimization of processes. An obvious way to achieve this is to reduce manual labor in favor of automated methods...
Keywords: cost effectiveness, human chorionic gonadotropin (hCG), logistics, pregnancy tests, urinalysis
01/2005 | Clinical Chemical Laboratory Medicine, Walter de GruyterBackground: Recently, automated urine test strip readers became available that can report quantitative data...
Keywords: acetoacetate, diabetic ketosis, 3-hydroxybutyrate, reagent strip, urinalysis
07/2005 | Clinical Chemical Laboratory Medicine, Walter de GruyterKeywords: Albumin, ?1-microglobulin, ?2-macroglobulin, cellular casts, dysmorphic erythrocyte, flow cytometry, IgG, pathological particles in urine, protein pattern, renal biopsy, retinol-binding protein, transferrin, urinalysis, urine sediment
11/2006 | Clinical Chemical Laboratory Medicine, Walter de GruyterThe aim of the present work was to compare in a supposed healthy population of 680 subjects several algorithms for positive selection of urine samples requiring microscopic examination for erythrocytes and leukocytes after screening by automated test-strip measurement and particle counting on a Sysmex UF-50? flow cytometer...
Keywords: economic cost, flow cytometry, microscopy, test strip, strategy, urinalysis
04/2006 | Clinical Chemical Laboratory Medicine, Walter de GruyterKeywords: phase-contrast microscopy, polarized-light microscopy, urinalysis, urinary sediment
03/2007 | Clinical Chemical Laboratory Medicine, Walter de GruyterKeywords: automation, detection, iQ200, microscopy, urinalysis, urinary tract pathology
11/2008 | Clinical Chemical Laboratory Medicine, Walter de GruyterKeywords: automation, particle counting, preservation, test strips, urinalysis
05/2008 | Clinical Chemical Laboratory Medicine, Walter de Gruyter
Keywords: automated analyzers, automated urine examination, flow cytometry, imaging system, urinalysis, urine sediment
09/2007 | Clinical Chemical Laboratory Medicine, Walter de Gruyter